ACT photosynthetic exciton transfer

Answer
YES for the tuned antenna complex.
NO for the detuned, strongly decohered contrast complex.

Reason Why
The tuned complex can sample exciton pathways coherently, use vibronically assisted transfer, and exploit short-lived quantum assistance along a downhill route to the reaction center. That makes efficient exciton transfer and reaction-center delivery possible in this case. The detuned contrast complex lacks the same alignment: coherent pathway sampling is blocked, vibronic assistance is unavailable, and the energy landscape is mismatched, so efficient reaction-center delivery is not possible in the same operating picture.

Check
C1  OK - the tuned complex can sample exciton pathways coherently
C2  OK - the tuned complex can use vibronically assisted transfer
C3  OK - short-lived quantum assistance is enough in the tuned downhill regime
C4  OK - efficient exciton transfer is possible in the tuned complex
C5  OK - the tuned complex can deliver excitation to the reaction center
C6  OK - the detuned complex cannot sample pathways coherently
C7  OK - the detuned complex cannot use vibronically assisted transfer
C8  OK - the detuned complex cannot achieve directed reaction-center transfer
C9  OK - the detuned complex cannot achieve efficient exciton transfer
C10 OK - the detuned complex cannot deliver excitation efficiently to the reaction center